44 NN_MATH_INLINE VEC2* VEC2Add(VEC2* pOut, const VEC2* p1, const VEC2* p2);
103 NN_MATH_INLINE VEC2* VEC2Lerp(VEC2* pOut, const VEC2* p1, const VEC2* p2, f32 t);
114 NN_MATH_INLINE VEC2* VEC2Maximize(VEC2* pOut, const VEC2* p1, const VEC2* p2);
125 NN_MATH_INLINE VEC2* VEC2Minimize(VEC2* pOut, const VEC2* p1, const VEC2* p2);
136 NN_MATH_INLINE VEC2* VEC2Mult(VEC2* pOut, const VEC2* p1, const VEC2* p2);
146 NN_MATH_INLINE VEC2* VEC2Normalize(VEC2* pOut, const VEC2* p);
158 NN_MATH_INLINE VEC2* VEC2SafeNormalize(VEC2* pOut, const VEC2* p, const VEC2& alt);
169 NN_MATH_INLINE VEC2* VEC2Scale(VEC2* pOut, const VEC2* p, f32 scale);
180 NN_MATH_INLINE VEC2* VEC2Sub(VEC2* pOut, const VEC2* p1, const VEC2* p2);
186 NN_MATH_INLINE VEC2* VEC2Transform(VEC2* pOut, const MTX23* pM, const VEC2* pV);
410 VEC2Add(VEC2* pOut, const VEC2* p1, const VEC2* p2)   in VEC2Add()  argument
412     NN_NULL_ASSERT( pOut );  in VEC2Add()
416     pOut->x = p1->x + p2->x; pOut->y = p1->y + p2->y;   in VEC2Add()
417     return pOut;  in VEC2Add()
421 VEC2Sub(VEC2* pOut, const VEC2* p1, const VEC2* p2)   in VEC2Sub()  argument
423     NN_NULL_ASSERT( pOut );  in VEC2Sub()
427     pOut->x = p1->x - p2->x; pOut->y = p1->y - p2->y;   in VEC2Sub()
428     return pOut;  in VEC2Sub()
432 VEC2Mult(VEC2* pOut, const VEC2* p1, const VEC2* p2)  in VEC2Mult()  argument
434     pOut->x = p1->x * p2->x;  in VEC2Mult()
435     pOut->y = p1->y * p2->y;  in VEC2Mult()
436     return pOut;  in VEC2Mult()
441 VEC2Scale(VEC2* pOut, const VEC2* p, f32 scale)  in VEC2Scale()  argument
443     NN_NULL_ASSERT( pOut );  in VEC2Scale()
446     pOut->x = p->x * scale; pOut->y = p->y * scale;  in VEC2Scale()
447     return pOut;  in VEC2Scale()
451 VEC2Lerp(VEC2* pOut, const VEC2* p1, const VEC2* p2, f32 t)  in VEC2Lerp()  argument
454     pOut->x = p1->x + t * (p2->x - p1->x);  in VEC2Lerp()
455     pOut->y = p1->y + t * (p2->y - p1->y);  in VEC2Lerp()
456     return pOut;  in VEC2Lerp()
496 inline VEC2* VEC2Add(VEC2* pOut, const VEC2& p1, const VEC2& p2) { return VEC2Add(pOut, &p1, &p2); }  in VEC2Add()  argument
497 inline VEC2* VEC2Sub(VEC2* pOut, const VEC2& v1, const VEC2& v2) { return VEC2Sub(pOut, &v1, &v2); }  in VEC2Sub()  argument
498 inline VEC2* VEC2Mult(VEC2* pOut, const VEC2& v1, const VEC2& v2) { return VEC2Mult(pOut, &v1, &v2)…  in VEC2Mult()  argument
499 inline VEC2* VEC2Scale(VEC2* pOut, const VEC2& v, f32 scale) { return VEC2Scale(pOut, &v, scale); }  in VEC2Scale()  argument
500 inline VEC2* VEC2Lerp(VEC2* pOut, const VEC2& v1, const VEC2& v2, f32 t) { return VEC2Lerp(pOut, &v…  in VEC2Lerp()  argument
506 inline VEC2* VEC2Maximize(VEC2* pOut, const VEC2& v1, const VEC2& v2) { return VEC2Maximize( pOut, …  in VEC2Maximize()  argument
507 inline VEC2* VEC2Minimize(VEC2* pOut, const VEC2& v1, const VEC2& v2) { return VEC2Minimize( pOut, …  in VEC2Minimize()  argument
508 inline VEC2* VEC2Normalize(VEC2* pOut, const VEC2& v) { return VEC2Normalize( pOut, &v ); }  in VEC2Normalize()  argument
509 inline VEC2* VEC2SafeNormalize(VEC2* pOut, const VEC2& v, const VEC2& alt) { return VEC2SafeNormali…  in VEC2SafeNormalize()  argument